NPS Defense Energy Program Presents:

Defense Energy Seminar www.nps.edu/energy

NavalPostgraduateSchool

Mr. Kawakahi AminaProgram Manager, Technology Innovation, Electric Power Research Institute (EPRI)

Mr. Shawn CharchanSenior Operations Research Analyst, Group W Inc.

Mr. Joel YoungEnergy Analyst, Valiant Integrated Services

AbstractCurrent logistical planners lack the analytic tools and methods to consider Operational Energy (OE) requirements early enough within the Joint Planning Process (JPP) when developing Department of Defense war plans. Consequently, these plans have the potential to include logistics supportability risks that may or may not be recognized by decision makers in a timely manner. The United States Indo-Paci�c Command (USINDOPACOM) Area of Responsibility (AOR) is characterized by vast distances with few—if any—logistical nodes and hubs. USINDOPACOM plans often involve the transit and transportation of tremendous amounts of people, equipment, fuel, and other critical supplies in a complicated and complex portion of the globe. Moreover, potential near-peer adversaries within the region further confound the sustainment of US forces, partners, and allies. Put simply, the consideration of logistical risks must be identi�ed and considered as early as possible in the joint deliberate planning process before a course of action is selected and while mitigation options can be incorporated. In light of these challenges, USINDOPACOM with support from the Assistant Secretary of Defense Research and Engineering – Operational Energy (ASD R&E-OE) o�ce, in collaboration with the U.S. Army Corps of Engineers Engineering Research & Development Center – Geospatial Research Laboratory (USACE ERDC GRL), Institute for Defense Analysis (IDA), and Group W, INC. developed the Joint Deployment Energy Planning and Optimization Initiative (J-DEPLOI). J-DEPLOI seeks to provide an analytic tool and associated policy/process improvements to allow the operational planner to visualize, quantify, and collaboratively evaluate fuel logistical vulnerability of various courses of action (COAs). Ultimately these evaluations support the further re�nement of COAs and help inform the Commander’s COA selection.

BiographiesMr. Kawakahi Amina is the Logistics Science and Technology lead at United States Indo-Paci�c Command (USINDOPACOM) J46X. He began his career with the Department of Defense at USINDOPACOM exploring innovative technologies and capabilities to reduce energy consumption and increase energy e�ciency at contingency bases. His past work includes projects in expeditionary waste-to-energy, 3rd Generation drop-in compatible biofuels, and energy modeling and planning. Currently in the USINDOPACOM J4 – Logistics, Engineering, and Security Cooperation Directorate, Mr. Amina specializes in the development and assessment of logistic-focused science and technology projects to support the joint war�ghter in the Indo-Paci�c area of responsibility including e�orts in autonomy, robotics, and expeditionary engineering. Originally born and raised in Honolulu, HI, Mr. Amina received his degree in Human Biology and Physiology from Dartmouth College, NH.

Mr. Shawn Charchan is a Senior Operations Research Analyst with Group W Inc. Mr. Charchan received his undergraduate degree in Quantitative Economics from the US Naval Academy. Upon receiving his commission he entered the Marine Corps as a Ground Supply O�cer, later becoming a Ground Logistics O�cer. Mr. Charchan graduated from the Naval Postgraduate School with a MS in Operations Analysis, then went on to use the skills he obtained at NPS to design, execute and report on Operational Tests for Marine Corps Ground Combat Systems. After ten years of service Mr. Charchan transitioned out of the Marine Corps, and for the last eight years has been performing modeling, simulation, analysis, and research for the national security community.

Mr. Joel Young is an Energy Analyst with Valiant Integrated Services and supports U.S. Indo-Paci�c Command's Operational Energy O�ce, J81 Innovation & Experimentation Division. Mr. Young has been involved in waste to energy technology development, operational energy planning tools development, as well as cyber security of industrial control systems experimentation. Mr. Young's background includes working as a utilities engineer, corrosion engineer and base operations support engineer for Naval Facilities Engineering Command. He also worked for NAVSEA as an underway replenishment engineer. Mr. Young retired with 31 years of service as a Navy civilian in 2014 and relocated back to Hawaii and holds a degree in Mechanical Engineering from the University of Hawaii.

3 August 2018 – ME Auditorium – 1300Joint Deployment Energy Planning and Logistics Optimization Initiative (J-DEPLOI)

Mr. Joel YoungMr. Shawn CharchanMr. Kawakahi Amina